Spot 48 Revo Medium

Revo 48V spots are available in four sizes, 8 rotosymmetrical optical variants per model, 3 additional asymmetrical ones for the Medium and Compact models, plus a shaper on Medium.
Dedicated to advanced lighting design, the new Revo-Dark optical systems are particularly suitable for settings with high visual comfort. Equipped with high-efficiency rotosymmetrical ‘’cross‘’ and asymmetrical optics, they are particularly suitable for museum applications and projects with complex lighting requirements.
The Spot Revo series boasts a marked performance-to-size ratio, a rich possibility of accessory integrations and a wide range of finishes, but above all stands out for its precision, cleanliness and uniformity of projection.

The Medium version offers six symmetrical apertures from 8° to 50°, three asymmetrical wall-washers: Grazing, Area, Deep, two elliptical versions and a shaper.
The numerous accessories are designed with a superimposed-element fixing system allowing a differentiated and specific optical configuration. High colour rendering, UGR coefficient<10 and compliance with DARK lighting parameters are complemented by the quality of the 2 SDCM of the source and the particular cleanliness of the beam projection.
Full compatibility with the most widely used control systems makes Spot Revo Medium the perfect tool in contexts where the value of the source is determined by a very high quality of performance and minimal physical and visual intrusion.

Specifications

Power supply	48V
CCT	2700K 3000K 3500K 4000K
Certification	CE Compliance
Isolation class	Class III
Class F	YES
CRI	92 98
Incandescent wire	650°
Warranty	5 years
Protection class	IP40
Longitudinal and Elliptical Lighting	Elliptical Narrow Spot Elliptical Wide Flood
Accent Lighting	Very Narrow Spot 6° Narrow Spot 11° Spot 16° Narrow Flood 24° Flood 36° Wide Flood 50°
Wall Washer Lighting	Area Washer Deep Washer Grazing Washer
Shaper/Zoom	Shaper
Control System	CASAMBI DALI POTENTIOMETER
Operating temperature	-10° / +35°
Colour Deviation	2 SDCM